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The name String references the F# module Microsoft.FSharp.Core.String in the F# library. This contains a set of simple operations associated with values of the string type. It is common for types to have a separate module that contains associated operations. All modules under the Microsoft.FSharp namespaces Core, Collections, Text, and Control can be referenced by simple one-word prefixes, such as String.split and open String. Other modules under these namespaces include List, Option, and Array. Since String is a standard .NET type, you can also use functions provided by the .NET Framework runtime located under System.String and other important namespaces such as System.Text. RegularExpresions. Throughout this book, we use both the .NET Framework library and the F# additions extensively. We give an overview of the most commonly used .NET and F# libraries in 10.

Where CopyState() serializes the Hashtable into a byte array at the end of the process, the first thing UndoChanges() needs to do is pop the most recently added snapshot off the stack and deserialize it to re-create the Hashtable object containing the detailed values: Hashtable state; using (MemoryStream buffer = new MemoryStream(_stateStack.Pop())) { buffer.Position = 0; BinaryFormatter formatter = new BinaryFormatter(); state = (Hashtable)formatter.Deserialize(buffer); } This is the reverse of the process used to put the Hashtable onto the stack in the first place. The result of this process is a Hashtable containing all the data that was taken in the original snapshot.

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The next portion of the code is as follows: let wordCount text = let words = String.split [' '] text let wordSet = Set.of_list words This gives you your first taste of using data structures from F# code, and the last of these lines lies at the heart of the computation performed by wordCount. It uses the function Set.of_list from the F# library to convert the given words to a concrete data structure that is, in effect, much like the mathematical notion of a set, though internally it is implemented using a data structure based on trees. You can see the results of converting data to a set by using F# Interactive:

With the Hashtable containing the original object values restored, it is possible to loop through the fields in the object in the same manner as CopyState(). When the code encounters a child business object that implements Csla.Core.IEditable Object, it cascades the UndoChanges() call to that child object so that it can do its own restore operation. Again, this is done to preserve encapsulation only the code within a given object should manipulate that object s data. With a normal field, its value is simply restored from the Hashtable: // this is a regular field, restore its value fieldName = field.DeclaringType.Name + "!" + field.Name; field.SetValue(this, state[fieldName]); At the end of this process, the object will be reset to the state it had when the most recent snapshot was taken. All that remains is to implement a method to accept changes, rather than to undo them.

The function looks like this: function addLoadEvent(func) { var oldonload = window.onload; if (typeof window.onload != 'function') { window.onload = func; } else { window.onload = function() { oldonload(); func(); } } } This effectively creates a queue of functions to be executed when the page loads. To add functions to this queue, I just need to write addLoadEvent(firstFunction); addLoadEvent(secondFunction);

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